Difference between revisions of "Π polarizability Meeting Mar 31, 2021"
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== Minutes == | == Minutes == | ||
− | '' Attending: | + | '' Attending: Albert, Alex, Andrew, David, Mark, Rory, Simon |
+ | |||
+ | # Previous CPP meeting: [[π polarizability Meeting Mar 24, 2021|Mar 24, 2021]] | ||
+ | # Announcements | ||
+ | # Action Items | ||
+ | # [[CPP and NPP Readiness Review]] | ||
+ | # [https://drive.google.com/drive/folders/1aiSOVh4zWwnObV5fA0eF-OXG8YbE14pO?usp=sharing Responses to the ERR] | ||
+ | ## MWPCs (fabrication, testing) (Rory) | ||
+ | ##* Small DAQ system in ESB to test chambers when the arrive at JLab | ||
+ | ## Trigger rates (beam test analysis, expectation with target pulled back) (Ilya) | ||
+ | ## Hdgeant4 (initial setup and plan for running simulations) (Mark and Beni + moral support from David) | ||
+ | ##* update geometry | ||
+ | ##* check hits make sense | ||
+ | ## Analysis (low level reconstruction, monitoring) (David to write paragraph) | ||
+ | ##* Basic factories to look at raw data + conversion to energy/time. | ||
+ | ##* Develop during the testing in ESB | ||
+ | ## [[Media:CDC Crate1 4 CPP.pdf | CDC Coverage of electronics by one crate]] (Beni) | ||
+ | ## Higher level analysis (e.g. PID, efficiencies and reconstruction) (Rory) | ||
+ | ## Rates in MWPCs (Ilya) | ||
+ | ##* Initially need a plan for running full simulations with production geometry | ||
+ | ## Microscope move (Elton) | ||
+ | ##* Meeting with Richard and Jim on April 12 @ 1:30 pm. | ||
+ | ## Timeline to publication (Elton will make something up) | ||
+ | ##* calibration, high level analysis, amplitude analysis, CPP and NPP | ||
+ | ## Table of responsibilities (Elton) | ||
+ | # GlueX Data Analysis | ||
+ | #* [[Media:ASchick_2021-3-31_pippimmissprot.pdf | π+π-(p) update]] (Andrew) | ||
+ | #** Finds peak in pipi mass spectrum to be due to phi->K+K- misidentified as pions. | ||
+ | #* [[Media:ASchick BLTWG 2021-3-30 BH Polarization.pdf| BLTWG BH Polarization Presentation]] (Andrew) | ||
+ | # CPP Software | ||
+ | #* [https://halldweb.jlab.org/doc-private/DocDB/ShowDocument?docid=5011 Amplitude errors using bootstrap method] (Elton) | ||
+ | # PID + AI | ||
+ | # Other business | ||
+ | # Next meeting |
Revision as of 10:51, 31 March 2021
Meeting Time And Location
09:00 EST (JLab time) Weekly Meeting
REMOTE during Covid-19
Connecting
You can connect using BlueJeans Video conferencing (ID: 949 429 419). (Click "Expand" to the right for details -->):
- Make sure you have created a BlueJeans account via your JLab CUE account using this link:
- http://jlab.bluejeans.com (You should only need to do this once)
- Meeting ID: 949 429 419
- (you may need to type this in, depending how you connect)
- If connecting via Web Browser: click this link (no passcode is needed):
- If connecting via iOS or Android App:
- Use your JLab e-mail address to log in and then enter the meeting ID given above to join the meeting
- If connecting via Phone: Dial one of the following numbers and then enter the meeting ID above and hit "#" or "##"
- Dial: (408) 740-7256 (US or Canada only)
- or, List of International Numbers
- If connecting via Polycom unit:
- Dial 199.48.152.152 or bjn.vc
- Enter meeting ID above
Action Items
- Draft list of responses to the ERR recommendations for discussion (Elton)
Preliminary Agenda
- Previous CPP meeting: Mar 24, 2021
- Announcements
- Action Items
- CPP and NPP Readiness Review
- Responses to the ERR
- MWPCs (fabrication, testing) (Rory)
- Small DAQ system in ESB to test chambers when the arrive at JLab
- Trigger rates (beam test analysis, expectation with target pulled back) (Ilya)
- Hdgeant4 (initial setup and plan for running simulations) (Mark and Beni + moral support from David)
- update geometry
- check hits make sense
- Analysis (low level reconstruction, monitoring) (David to write paragraph)
- Basic factories to look at raw data + conversion to energy/time.
- Develop during the testing in ESB
- CDC Coverage of electronics by one crate (Beni)
- Higher level analysis (e.g. PID, efficiencies and reconstruction) (Rory)
- Rates in MWPCs (Ilya)
- Initially need a plan for running full simulations with production geometry
- Microscope move (Elton)
- Meeting with Richard and Jim on April 12 @ 1:30 pm.
- Timeline to publication (Elton will make something up)
- calibration, high level analysis, amplitude analysis, CPP and NPP
- Table of responsibilities (Elton)
- MWPCs (fabrication, testing) (Rory)
- GlueX Data Analysis
- π+π-(p) update (Andrew)
- BLTWG BH Polarization Presentation (Andrew)
- CPP Software
- PID + AI
- Other business
- Next meeting
Minutes
Attending: Albert, Alex, Andrew, David, Mark, Rory, Simon
- Previous CPP meeting: Mar 24, 2021
- Announcements
- Action Items
- CPP and NPP Readiness Review
- Responses to the ERR
- MWPCs (fabrication, testing) (Rory)
- Small DAQ system in ESB to test chambers when the arrive at JLab
- Trigger rates (beam test analysis, expectation with target pulled back) (Ilya)
- Hdgeant4 (initial setup and plan for running simulations) (Mark and Beni + moral support from David)
- update geometry
- check hits make sense
- Analysis (low level reconstruction, monitoring) (David to write paragraph)
- Basic factories to look at raw data + conversion to energy/time.
- Develop during the testing in ESB
- CDC Coverage of electronics by one crate (Beni)
- Higher level analysis (e.g. PID, efficiencies and reconstruction) (Rory)
- Rates in MWPCs (Ilya)
- Initially need a plan for running full simulations with production geometry
- Microscope move (Elton)
- Meeting with Richard and Jim on April 12 @ 1:30 pm.
- Timeline to publication (Elton will make something up)
- calibration, high level analysis, amplitude analysis, CPP and NPP
- Table of responsibilities (Elton)
- MWPCs (fabrication, testing) (Rory)
- GlueX Data Analysis
- π+π-(p) update (Andrew)
- Finds peak in pipi mass spectrum to be due to phi->K+K- misidentified as pions.
- BLTWG BH Polarization Presentation (Andrew)
- π+π-(p) update (Andrew)
- CPP Software
- PID + AI
- Other business
- Next meeting